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The irrigation efficiency of a drip belt depends on a number of factors, including pump flow, drip belt design, drip head flow, irrigation system pressure, crop type and planting density, soil type, and irrigation time. In general, the amount of water droplets in drip irrigation systems can be adjusted to suit different crop and soil conditions. A sprinkler pump with a drip irrigation belt can irrigate about 6 acres of land. The actual situation may be reduced due to the uniformity of the drip irrigation system, pressure loss in the pipeline, dropper blockage, evaporation and leakage. Therefore, in actual operation, it is necessary to adjust according to the specific situation to ensure the uniformity and efficiency of irrigation.
| Flow rate 80 cubic meters per hour |
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1. Pump flow and head: Determine the flow and head of the pump according to the irrigation area and the required Guangan depth.
2. Water source conditions: The type of water source (such as river, lake, or groundwater) and water quality will affect the choice of pump
3. Fuel consumption and efficiency: the fuel efficiency of diesel engines is directly related to operating costs, and efficient models should be selected to reduce long-term costs.
4. Maintenance and maintenance: Regular inspection and maintenance can ensure the normal operation of the pump and reduce the failure rate.
5. Environmental impact: Considering the emission problem, it is more ideal to choose models suitable for environmental protection standards.
The diesel pump commonly used in farmland irrigation is a kind of pump equipment with diesel engine as power source, which is widely used in areas without power supply or need mobile irrigation. This kind of pump has an independent power system, is not limited by the power grid, and can quickly respond to the needs of farmland irrigation.
The irrigation efficiency of a drip belt depends on a number of factors, including pump flow, drip belt design, drip head flow, irrigation system pressure, crop type and planting density, soil type, and irrigation time. In general, the amount of water droplets in drip irrigation systems can be adjusted to suit different crop and soil conditions. A sprinkler pump with a drip irrigation belt can irrigate about 6 acres of land. The actual situation may be reduced due to the uniformity of the drip irrigation system, pressure loss in the pipeline, dropper blockage, evaporation and leakage. Therefore, in actual operation, it is necessary to adjust according to the specific situation to ensure the uniformity and efficiency of irrigation.
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